Bachelors of Engineering (Honours)(Civil Engineering)/ Mathematics

5 Years On Campus Bachelors Program

University of Queensland

Program Overview

This degree is perfect for students who love solving complex problems and want to combine hands-on engineering with advanced mathematical thinking. You’ll learn how to design, build, and manage infrastructure projects like bridges, roads, and water systems, while developing strong mathematical skills to analyse and optimise real-world solutions.

Curriculum Structure

Year 1:
Your first year lays the foundations in both civil engineering and mathematics. You’ll explore core engineering principles like materials, physics, and design fundamentals, while mathematics courses help you sharpen logical thinking and problem-solving skills that will be applied throughout your degree.

Year 2:
In your second year, you’ll dive deeper into civil engineering with subjects such as Structural Mechanics and Environmental Issues and Sustainability in Engineering, learning how to apply theory to practical problems. Meanwhile, mathematics courses build your modelling and analytical skills, giving you the tools to tackle increasingly complex challenges.

Year 3:
By the third year, your studies start to mirror real engineering practice. Units like Integrated Structural Design let you combine your technical knowledge with practical design thinking, while mathematics courses support advanced modelling and data interpretation that engineers rely on in real-world projects.

Year 4:
This year is all about synthesis — connecting theory and practice. You’ll work on advanced civil engineering projects and apply mathematics to analyse and optimise your solutions, preparing you to take on complex systems and design challenges with confidence.

Year 5:
In your final year, you’ll tackle honours-level projects that bring together all your learning. From transport infrastructure and environmental engineering to sophisticated mathematical modelling, this year prepares you to step straight into professional engineering roles or continue into research and postgraduate study.

Focus Areas

Civil infrastructure design, structural analysis, environmental systems, mathematical modelling and optimisation.

Learning Outcomes

Graduates will be able to design and analyse civil systems, apply advanced mathematical reasoning to solve complex engineering problems, and communicate solutions effectively in professional settings.

Professional Alignment (Accreditation)

The engineering component is aligned with professional engineering standards in Australia, setting you up for future recognition by engineering bodies and giving your career a strong start.

Reputation (Employability Rankings)

The University of Queensland is ranked #1 in Queensland for civil and structural engineering by QS World University Rankings, reflecting its strong reputation and graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At UQ, this degree isn’t just about sitting in lectures — it’s designed so you learn by doing from day one. You’ll get hands-on experience in labs, work on real-world projects, and participate in fieldwork that lets you see how civil engineering and mathematics come together to solve real problems. Working alongside your peers and academics connected to industry, you’ll develop practical skills that prepare you for professional engineering challenges:

Here’s what that looks like in practice:

Hands-on laboratory work: Test materials, analyse structures, and run experiments that bring your classroom learning to life.
Fieldwork opportunities: Visit real infrastructure sites and environmental systems to see engineering in action and understand practical challenges.
Work placements: Gain professional experience in real workplaces, connecting your studies directly to industry practice.
Collaborative group projects: Work in teams on design and engineering challenges, building teamwork, communication, and project management skills.
Interactive tutorials and workshops: Solve problems, prototype designs, and run simulations in smaller, hands-on sessions guided by experienced academics.
Dedicated facilities and support: Take advantage of UQ’s engineering labs, study spaces, and libraries to explore and practise your skills beyond scheduled classes.

Progression & Future Opportunities

Graduating from this dual degree puts you in a strong position to step straight into the workforce with skills that employers value. You’ll be ready for roles like civil engineer, structural engineer, project engineer, or transport engineer, where you can design, analyse, and deliver real-world infrastructure projects while using advanced mathematical tools to solve complex problems.

Here’s how UQ supports you along the way:

Career support: UQ’s Careers & Employability team helps you polish your résumé, practise interviews, and connect with employers through workshops, networking events, and internships.
Employment prospects and salary: Civil engineering graduates from UQ enjoy strong employment outcomes, with competitive starting salaries and opportunities in both Australia and internationally.
Industry partnerships: Through work placements, project collaborations, and industry-led workshops, you’ll build real connections and gain insight into professional engineering practices.
Accreditation and credibility: The engineering portion of your degree meets Australian professional standards, giving you recognition and credibility that employers trust.
Graduate-ready skills: You’ll finish your degree with the ability to analyse complex problems, use specialised digital tools, communicate effectively, and work confidently in multidisciplinary teams.

Further Academic Progression:
If you want to take your studies further, you could pursue a Master of Engineering to specialise in areas like structural, transport, or environmental engineering, or explore research pathways in topics such as computational modelling or infrastructure resilience — opening doors to advanced roles in consulting, research, or academia.